10.05.26 -- Solving Glycoengineering Challenges Could Begin At The Cell Line

The dynamic growth and pace of change observed in novel mAb formats and cell and gene therapies emphasizes that biomanufacturing innovation is essential to deliver scale, speed, and sustainability.

Achieve scalable MSC manufacturing by implementing closed systems and modular scale-out strategies that minimize contamination risks and ensure consistent cellular stability and efficacy.

Discover how an optimized, end-to-end development strategy can help sponsors reach key clinical milestones faster and bring potentially life-saving therapies to patients sooner.

Reactive maintenance can drive costly downtime, deviations, and reliability challenges. See how proactive maintenance strategies help improve equipment uptime and strengthen compliance.

A resilient media supply strategy helps reduce operational risk. Take a look at how scalable manufacturing, quality alignment, and supplier qualification can strengthen continuity.

The potential advantages that stable bulk cultures can offer a drug development paradigm are poised to accelerate and bolster biopharmaceutical clinical manufacturing.

Advances in automated stem cell engineering are improving gene transfer efficiency while maintaining cell quality, offering a path toward safer, more standardized, and scalable manufacturing workflows.

Explore how an optimized bioprocess with purpose-designed medium and GMP-compatible reagents achieved 10,000-fold iPSC expansion in under two weeks while maintaining pluripotency.

Maximize your yield by choosing systems with active pH and oxygen control. Learn how environmental stability and strain diversity impact reproducibility during high-temperature yeast propagation.

Gain a foundational understanding of the process for culturing mesenchymal stem cells in stirred-tank bioreactors and learn about the key parameters for successful scale-up.

A systematic evaluation of an end-to-end cryopreserved CAR-T workflow examines how critical process parameters and unit operation interdependencies affect manufacturing consistency and robustness.